Operation of a Shell and Tubes Heat Exchanger: Process Simulation

Paul Bolivar Torres Jara; Diego Rafael Lasso Lazo; Efren Vazquez Silva; Gabriela Blanca Abad Farfan; Juan Carlos Galarza Galarza

doi:10.12988/ces.2019.9618

Operation of a Shell and Tubes Heat Exchanger: Process Simulation

Paul Bolivar Torres Jara, Diego Rafael Lasso Lazo, Efren Vazquez Silva, Gabriela Blanca Abad Farfan, Juan Carlos Galarza Galarza

Research output: Contribution to journal › Article

Abstract

The fluid thermo laboratory at the El Vecino de la Venta-La Universidad Politécnica de Siana campus in Cuenca (UPS), Ecuador, has a shell and tube heat exchanger. This experimental equipment is very important from the didactic point of view for subjects such as Fluid Mechanics and Heat Transfer (subjects that are part of the curriculum of the Mechanical Engineering Degree Program), as well as for carrying out application projects at the institutional level. This paper presents the simulation results of the heat transfer processes taking place in the heat exchanger, and demonstrates the feasibility of "replacing" the physical equipment by computer simulation. In addition, the benefits that this possible replacement has for the institution and teaching are shown.

Translated title of the contribution	Operación de un Intercambiador de Calor de Coraza y Tubos: Simulación de Procesos
Original language	English (US)
Pages (from-to)	1-17
Number of pages	17
Journal	Contemporary Engineering Sciences
Volume	12
Issue number	12
DOIs	https://doi.org/10.12988/ces.2019.9618
State	Published - 12 Jul 2019

Keywords

Computer simulation
Heat exchanger
Heat transfer

CACES Knowledge Areas

727A Industrial and process design

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10.12988/ces.2019.9618

Cite this

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abstract = "The fluid thermo laboratory at the El Vecino de la Venta-La Universidad Polit{\'e}cnica de Siana campus in Cuenca (UPS), Ecuador, has a shell and tube heat exchanger. This experimental equipment is very important from the didactic point of view for subjects such as Fluid Mechanics and Heat Transfer (subjects that are part of the curriculum of the Mechanical Engineering Degree Program), as well as for carrying out application projects at the institutional level. This paper presents the simulation results of the heat transfer processes taking place in the heat exchanger, and demonstrates the feasibility of {"}replacing{"} the physical equipment by computer simulation. In addition, the benefits that this possible replacement has for the institution and teaching are shown.",

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AU - Torres Jara, Paul Bolivar

AU - Lasso Lazo, Diego Rafael

AU - Vazquez Silva, Efren

AU - Abad Farfan, Gabriela Blanca

AU - Galarza Galarza, Juan Carlos

PY - 2019/7/12

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N2 - The fluid thermo laboratory at the El Vecino de la Venta-La Universidad Politécnica de Siana campus in Cuenca (UPS), Ecuador, has a shell and tube heat exchanger. This experimental equipment is very important from the didactic point of view for subjects such as Fluid Mechanics and Heat Transfer (subjects that are part of the curriculum of the Mechanical Engineering Degree Program), as well as for carrying out application projects at the institutional level. This paper presents the simulation results of the heat transfer processes taking place in the heat exchanger, and demonstrates the feasibility of "replacing" the physical equipment by computer simulation. In addition, the benefits that this possible replacement has for the institution and teaching are shown.

AB - The fluid thermo laboratory at the El Vecino de la Venta-La Universidad Politécnica de Siana campus in Cuenca (UPS), Ecuador, has a shell and tube heat exchanger. This experimental equipment is very important from the didactic point of view for subjects such as Fluid Mechanics and Heat Transfer (subjects that are part of the curriculum of the Mechanical Engineering Degree Program), as well as for carrying out application projects at the institutional level. This paper presents the simulation results of the heat transfer processes taking place in the heat exchanger, and demonstrates the feasibility of "replacing" the physical equipment by computer simulation. In addition, the benefits that this possible replacement has for the institution and teaching are shown.

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KW - Heat transfer

KW - Computer simulation

KW - Heat exchanger

KW - Heat transfer

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DO - 10.12988/ces.2019.9618

M3 - Article

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JO - Contemporary Engineering Sciences

JF - Contemporary Engineering Sciences

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ER -

Operation of a Shell and Tubes Heat Exchanger: Process Simulation

Abstract

Keywords

CACES Knowledge Areas

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